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Fletta eftir höfundi "Macdonald, Jed"

Fletta eftir höfundi "Macdonald, Jed"

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    Avoiding pitfalls in interdisciplinary education 
    Holt, RE; Woods, PJ; Ferreira, ASA; Bardarson, Hlynur; Bonanomi, S; Boonstra, WJ; Butler, Will E.; Diekert, FK; Fouzai, N; Holma, M; Kokkalis, A; Kvile, KØ; Macdonald, Jed; Malanski, E; Nieminen, E; Ottosen, KM; Pedersen, MW; Richter, A; Rogers, L; Romagnoni, G; Snickars, M; Törnroos, A; Weigel, B; Whittington, JD; Yletyinen, J (Inter-Research Science Center, 2017-12-27)
    As the world’s social-environmental problems increasingly extend across boundaries, both disciplinary and political, there is a growing need for interdisciplinarity, not only in research per se, but also in doctoral education. We present the common ...
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    Can collective memories shape fish distributions? A test, linking space-time occurrence models and population demographics 
    Macdonald, Jed; Logemann, Kai; Krainski, Elias T.; Sigurðsson, Þorsteinn; Beale, Colin M.; Huse, Geir; Hjøllo, Solfrid S.; Marteinsdottir, Gudrun (Wiley, 2017-09-13)
    Social learning can be fundamental to cohesive group living, and schooling fishes have proven ideal test subjects for recent work in this field. For many species, both demographic factors, and inter‐ (and intra‐) generational information exchange are ...
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    Combining multiple data sets to unravel the spatiotemporal dynamics of a data-limited fish stock 
    Pinto, Cecilia; Travers-Trolet, Morgane; Macdonald, Jed; Rivot, Etienne; Vermard, Youen (Canadian Science Publishing, 2019-08)
    The biological status of many commercially exploited fishes remains unknown, mostly due to a lack of data necessary for their assessment. Investigating the spatiotemporal dynamics of such species can lead to new insights into population processes and ...
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    Towards end-to-end (E2E) modelling in a consistent NPZD-F modelling framework (ECOSMO E2E_v1.0): application to the North Sea and Baltic Sea 
    Daewel, Ute; Schrum, Corinna; Macdonald, Jed (Copernicus GmbH, 2019-05-06)
    Coupled physical-biological models usually resolve only parts of the trophic food chain; hence, they run the risk of neglecting relevant ecosystem processes. Additionally, this imposes a closure term problem at the respective "ends" of the trophic ...